Abstract: A numerical model for the prediction of mulched soil temperature has been developed. The model takes into consideration environmental condition as well as physical characteristics of both the mulch material and the soil. ...

Abstract: A hydrostatic three-dimensional primitive equation model, which includes topography and detailed boundary layer parameterization, has been developed to simulate the lower tropospheric flow overv Barbados on synoptically ...

Abstract: An improved version of the mesoscale model, originally developed by Pielke (1974), is used to predict the sea breeze circulations over south Florida for a synoptically undisturbed day during the summer of 1973. Radar and ...

Abstract: Upstream interpolation with a cubic spline is used to integrate the advective terms in a two-dimensional hydrostatic primitive equation model. The model is applied to study the problems of air flow over a mountain, and sea ...

Abstract: This paper uses a prognostic equation suggested by Deardorff for the, growth of the planetary boundary layer to close the parameterization scheme for vertical turbulent mixing in the planetary boundary layer. The following ...

Abstract: A modelling approach is presented that appears to have the potential to provide reliable assessments of pollution concentration in coastal zones and complex terrain, where the assumptions behind current operational air ...